Products
Puel(medium for human iPSCs/ESCs)
Key features
- High cell proliferation and genomic stability
- Suitable for 2D/3D, feeder-free/feeder cultures
- Compliance with standards for biological raw materials
Basic information about Puel
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Feature 1:
High cell survival and growth rate
High growth and survival rates are maintained even in feeder-free culture. Low density cell culture (2x10^3/6well) is also possible, suitable for cell thawing and cell cloning after gene editing.
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Feature 2:
Maintain high genomic stability and pluripotency
Normal karyotype was maintained after 50 passages (n = 6 lines). Pluripotent marker expression was also comparably high.
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Feature 3:
2D feeder free, 2D feeder culture, 3D floating culture
Cells efficiently proliferate in 2D feeder-free and 2D feeder culture. Also suitable for large scale expansion in 3D suspension culture.
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Feature 4:
High efficiency iPSC induction
Fibroblasts, peripheral mononuclear cells, urine-derived cells are efficiently reprogrammed into iPSCs when cultured in Puel. Other iPSC culture media have low reprogramming efficiency.
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Feature 5:
Maintain high differentiation potential
Puel can effectively maintain pluripotency. After long-term culture in Puel, iPSCs can differentiate into neurons, myo-precursor cells, cardiomyocytes, hematopoietic cells, NK cells, T cells and epidermal cells.